Learn R Programming

spheredata (version 0.1.3)

FMCE: The Force and Motion Conceptual Evaluation (FMCE) dataset

Description

Similar with the FCI, the goal of the FMCE is also intended to measure students’ conceptual understanding of Newtonian mechanics. It comprises of 47 multiple-choice items.

Usage

data(FMCE)

Arguments

Format

A data frame of students' responses on the following 47 FMCE multiple choice items.

FMCE1

A student's response on the FMCE item number 1.

FMCE2

A student's response on the FMCE item number 2.

FMCE3

A student's response on the FMCE item number 3.

FMCE4

A student's response on the FMCE item number 4.

FMCE5

A student's response on the FMCE item number 5.

FMCE6

A student's response on the FMCE item number 6.

FMCE7

A student's response on the FMCE item number 7.

FMCE8

A student's response on the FMCE item number 8.

FMCE9

A student's response on the FMCE item number 9.

FMCE10

A student's response on the FMCE item number 10.

FMCE11

A student's response on the FMCE item number 11.

FMCE12

A student's response on the FMCE item number 12.

FMCE13

A student's response on the FMCE item number 13.

FMCE14

A student's response on the FMCE item number 14.

FMCE15

A student's response on the FMCE item number 15.

FMCE16

A student's response on the FMCE item number 16.

FMCE17

A student's response on the FMCE item number 17.

FMCE18

A student's response on the FMCE item number 18.

FMCE19

A student's response on the FMCE item number 19.

FMCE20

A student's response on the FMCE item number 20.

FMCE21

A student's response on the FMCE item number 21.

FMCE22

A student's response on the FMCE item number 22.

FMCE23

A student's response on the FMCE item number 23.

FMCE24

A student's response on the FMCE item number 24.

FMCE25

A student's response on the FMCE item number 25.

FMCE26

A student's response on the FMCE item number 26.

FMCE27

A student's response on the FMCE item number 27.

FMCE28

A student's response on the FMCE item number 28.

FMCE29

A student's response on the FMCE item number 29.

FMCE30

A student's response on the FMCE item number 30.

FMCE31

A student's response on the FMCE item number 31.

FMCE32

A student's response on the FMCE item number 32.

FMCE33

A student's response on the FMCE item number 33.

FMCE34

A student's response on the FMCE item number 34.

FMCE35

A student's response on the FMCE item number 35.

FMCE36

A student's response on the FMCE item number 36.

FMCE37

A student's response on the FMCE item number 37.

FMCE38

A student's response on the FMCE item number 38.

FMCE39

A student's response on the FMCE item number 39.

FMCE40

A student's response on the FMCE item number 40.

FMCE41

A student's response on the FMCE item number 41.

FMCE42

A student's response on the FMCE item number 42.

FMCE43

A student's response on the FMCE item number 43.

FMCE44

A student's response on the FMCE item number 44.

FMCE45

A student's response on the FMCE item number 45.

FMCE46

A student's response on the FMCE item number 46.

FMCE47

A student's response on the FMCE item number 47.

References

Thornton, R. K. & Sokoloff, D. R. Assessing student learning of Newton’s laws: The Force and Motion Conceptual Evaluation and the Evaluation of Active Learning Laboratory and Lecture Curricula. Am J Phys 66, 338–352 (1998).

Examples

Run this code
library(spheredata)
# Call the data from spheredata package
get("FMCE")
# Open the data
FMCE

Run the code above in your browser using DataLab